DAPNe with micro-capillary separatory chemistry-coupled to MALDI-MS for the analysis of polar and non-polar lipid metabolism in one cell.: This study introduces a novel approach combining micro-capillary separatory chemistry with MALDI-MS to analyze lipid metabolism within a single cell. The technique allows for the separation and analysis of both polar and non-polar lipids, providing comprehensive insights into cellular lipidomics (Hamilton et al., 2017).
Reverse phase liquid chromatographic determination of sulfathiazole residues in honey.: This research demonstrates the use of reverse phase liquid chromatography in conjunction with a separatory funnel to detect and quantify sulfathiazole residues in honey. The method provides a reliable and efficient approach to ensuring food safety and regulatory compliance (Barry and MacEachern, 1983).
Economic method for analysis of fluid milk for organochlorine residues at the 10 ppb level.: The study outlines an economical method for analyzing organochlorine pesticide residues in milk using a separatory funnel. This technique achieves detection limits at the 10 ppb level, making it a valuable tool for food quality control (Veierov and Aharonson, 1980).
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